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ITEM#: 4032-SENAU1003HCCOOH
MFR#: SEN-AU-100-3-HC-COOH
High Capacity Carboxyl Sensors are used to covalently immobilize biomolecules containing free primary amine groups (proteins, antibodies, aptamers and more) onto the sensor surface for analysis in OpenSPR instruments. The high capacity carboxyl chemi
| Product Name | Description | Item# | QTY | |
|---|---|---|---|---|
Carboxyl Sensors Trial Pack (3 pk)
|
Carboxyl Sensors are used to covalently immobilize biomolecules containing free primary amine groups (proteins, antibodies, aptamers and more) onto the sensor surface for analysis in OpenSPR instruments. Sensors are provided in a package of 3. It is | 4032-SENAU1003COOH | EA | |
Amine Sensors Trial Pack (3 pk)
|
Amine Sensors are used to covalently immobilize biomolecules containing free carboxyl groups onto the sensor surface for analysis in OpenSPR instruments. Note that to couple the biomolecule to the sensor surface via EDC/NHS chemistry, the EDC/NHS act | 4032-SENAU1003AMINE | EA | |
High Sensitivity Carboxyl Sensor Trial 3pk
|
High Sensitivity Carboxyl Sensor Trial Pack (3 pk) | 4032-SENHS3COOH | EA | |
Liposome Sensors Trial Pack (3 pk)
|
Liposome (LIP-1) Sensors contain branched lipophilic groups for direct capture of user prepared liposomes. The liposome bilayer structure is retained on the surface for easy analysis. These sensors are recommended to be used for transmembrane recepto | 4032-SENAU1003LIP1 | EA | |
Biotin Sensors Trial Pack (3 pk)
|
Biotin Sensors are used to capture Streptavidin, or biomolecules containing a Streptavidin tag onto the sensor surface for analysis in OpenSPR instruments. The biotin-streptavidin interaction is extremely strong, making this a robust and reliable imm | 4032-SENAU1003BIOTIN | EA |